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Locate Damage based on Change in Structural Shape for Civil Space Structures

机译:基于结构形状变化的民用空间结构损伤定位

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Recent years have witnessed a number of collapses of civil space structures, which have severely jeopardized the safety of the general public. Therefore, it is imperative to propose an approach that can localize damage to exact members at an early stage for space structures. Then, the obtained damage location results can be used by the maintenance/repair crew for taking timely actions. For most space structures, the member configuration possesses a regular pattern. For this type of structure, before damage occurs, the regular pattern in the member configuration is maintained. After damage occurs, the regular pattern around the damaged member will be destroyed. In this study, the proposed approach to locate damage is based on the change in the status of regularity of member configuration. Herein the difference in an angle of the triangular shape in the related region of a space structure is used to indicate whether the regularity of member configuration is maintained. To validate the proposed approach, a reticulated shell space structure will be investigated.
机译:近年来,民用空间结构发生了多次倒塌,严重危害了公众的安全。因此,必须提出一种方法,该方法可以在早期对空间结构的精确成员进行定位。然后,获得的损坏位置结果可以由维护/维修人员用于及时采取措施。对于大多数空间结构,成员配置均具有规则的模式。对于这种类型的结构,在损坏发生之前,保持构件构型中的规则图案。损坏发生后,损坏部件周围的规则图案将被破坏。在这项研究中,所提出的定位损坏的方法是基于构件构形规则性状态的变化。这里,在空间结构的相关区域中的三角形角度的差异用于指示是否维持构件构造的规则性。为了验证所提出的方法,将研究网状壳空间结构。

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